Method and system for distributing disaster information

ABSTRACT

A system and method to distribute disaster information to a customer. An information distribution apparatus for distributing disaster information to a customer terminal includes a disaster information storage for storing disaster-occurred district information for identifying a disaster-occurred district in which a disaster has occurred and a real disaster level corresponding to the disaster selected from a plurality of preset disaster levels; a customer information registration unit for registering customer district information; a distribution information management unit for deciding whether the disaster information is distributed to the customer by collating the disaster-occurred district with the customer district with respect to the disaster level; and an information distribution unit for distributing disaster information to the terminal according to a decision of the distribution information management unit.

FIELD OF THE INVENTION

The present invention relates to a system for distributing informationvia such a network as an Internet, more particularly to a system fordistributing disaster information to customers.

BACKGROUND

Disaster information must be shared quickly by all the concerned people.At present, such disaster information is distributed to people by massmedia. However, enabling people to share any kind of information relatedto disaster is one of today's most urgent issues.

The Internet is an effective tool for distributing information. However,using the Internet to distribute disaster information would not beeffective, as mass disaster information would be distributed to peoplewithout distinction. Consequently, people might receive so muchinformation that truly necessary information could be lost. Furthermore,receiving so much information might cause people to lose their interestand become insensitive even to disaster information.

Disaster information covers a spectrum ranging from ordinary disasterssuch as fires, weather-caused (heavy rains, lightning, snowfalls, and soforth) damages, railway accidents, and traffic accidents, through moreserious natural disasters (earthquakes, eruptions, tsunamis (seismic seawaves), typhoons, and so forth) that occur only once in many years. Itis therefore important not to let people overlook really necessarydisaster information among a mass of information they might receive.When an existing Internet system is employed for distributing suchdisaster information, however, it is required to set conditions forregistering customers so as to receive disaster information one by one.For example, conditions to be set could become complicated as follows.When a disaster occurs far away, what information do customers want tohave? Do they need railway operation information and/or weather reports?When a disaster occurs in the neighborhood, what scale disasterinformation do they receive? Do they want information about small fires,traffic accidents, as well? Actually, there is no need to set theconditions in such detail, as conditions will be set coarsely so as todistribute mass information; existing systems cannot distribute trulynecessary information to individual customers.

SUMMARY

An object of the present invention is to provide a system that candistribute necessary information to customers without requiring settingof complicated and troublesome conditions.

Customers refer to geographical information as a criterion so as to maketheir choices about disaster information they truly need. Typically, acustomer requests minute disaster information when the disaster-strickendistrict is closer to him/her; conversely, the customer does not requestany information about far-away disasters except when the disaster isserious in scale.

Table 1 shows disaster categories by assuming the X axis as a distancefrom the subject customer, the Y axis as a disaster level, and the Zaxis as a disaster category. This table employs the first letters ofDistance, disaster Level, and Category, so that it may be referred to asa DLC table.

In this DLC table, distance from a subject customer is usually adistance from the customer's home address. A slight disaster damagetakes a lower level and a serious disaster damage takes a higher level.For an earthquake, for example, a level is decided by the seismicintensity (or magnitude denoting the energy of the earthquake). Disastercategories denote disaster types. For example, the table a denotesfires, the table b denotes earthquakes, the table c denotes hurricanes,and the table d denotes seismic waves. Such tables are prepared for eachdisaster category. The tables a to d described above are just examples.The number of tables may also be prepared in accordance with the numberof other disasters.

The table a in the DLC table has a trapezoidal area, which denotes therelationship between the distance from each customer and each disasterlevel. When the distance from a customer is near, the customer wants toobtain the disaster information even when the disaster level is low.When the distance from the customer is far, however, the customer doesnot want any information about low level disasters. Thus, thetrapezoidal area denotes such the customer's need of disasterinformation. Consequently, in the case where this area is defined as adistribution set area and disaster information included in this area isdistributed to a customer, it will be effective to satisfy thecustomer's desire for obtaining disaster information. And, the DLC tableenables the customer to obtain disaster information matching with thecustomer's need simply by selecting two elements: a district and adisaster level for each disaster category.

Basically, the present invention distributes disaster information on thebasis of the concept employed for the DLC table. Consequently, theinformation distributor, at the time of storing disaster information ina data base, creates disaster information so as to include adisaster-occurred district, a disaster level, and a disaster categorytherein. On the other hand, the distribution service receiver (customer)sets his/her district.

The information distributor then creates customer information includingthe district set by the customer. This is why the distributor candistribute disaster information appropriately to the customer's needjust by collating this disaster information with the customerinformation under predetermined conditions updated by the DLC table.

In order to attain the above object, the information distributionapparatus of the present invention, enabled to distribute disasterinformation to a customer terminal, includes a disaster informationstorage for storing disaster-occurred district information foridentifying a disaster-occurred district and a real disaster levelcorresponding to the disaster, selected from a plurality of presetdisaster levels; a customer information registration unit forregistering customer district information set by the customer; adistribution information management unit for deciding whether disasterinformation is distributed to the customer or not by collating thedisaster-occurred district information with the customer districtinformation with respect to the set disaster level matching with thereal disaster level; and an information distribution unit fordistributing disaster information to the customer terminal according tothe decision by the distribution information management unit.

In the case of the information distribution apparatus of the presentinvention, the customer registers customer district informationbeforehand, and can receive disaster information matching with his/herneed.

In the case of the information distribution apparatus of the presentinvention, the customer district information set by the customer ispreferably divided into hierarchical layers before it is stored.Hierarchical division means, for example, the relationship betweenprefectures and municipalities. More concretely, it means therelationship between “Tokyo” and “Minato Ward” in Tokyo or “KanagawaPrefecture” and “Fujisawa City” in the prefecture. The customer districtinformation of the present invention is not limited only to suchadministrative units. Storing hierarchically divided districtinformation in this way is intended to cope with customers' needs. Therequests from customers do not depend on the disaster level; customersliving in “Minato Ward” request distribution of disaster informationrelated to disasters occurring in Minato Ward, but do not requestdistribution of disaster information about disasters occurring in otherwards in “Tokyo”. Consequently, the disaster information storage shouldpreferably store the disaster-occurred district information divided inhierarchical layers, to provide more favorable collation of informationby the distribution information management unit.

The information distribution apparatus of the present inventiondistributes disaster information to customer terminals via such anetwork as the Internet. The information distribution apparatus of thepresent invention does not limit the types of customer terminals, butthey are preferably portable terminals, for example portable phonesenabled to be connected to a network so as to receive disasterinformation effectively therefrom.

According to the present invention, the disaster information storage canstore a disaster type corresponding to disaster-occurred district andeach disaster level. When such information is stored in the storage, thedistribution information management unit may decide whether todistribute information according to each disaster type or not. This isbecause there are many disaster types such as fires, weather-causeddisasters, earthquakes, etc. as described above, and the decision mustbe made appropriately to each such disaster type.

Furthermore, in the case of the present invention, the disasterinformation storage should store disaster contents corresponding to thedisaster-occurred district information and each real disaster level soas to enable the information distribution unit to distribute thedisaster type, the disaster-occurred district information, and thedisaster contents to subject customer terminals as disaster information.

As described above, the information distribution unit is used only todistribute disaster information. However, in addition to such disasterinformation, the concept of the present invention may also apply to thedistribution of general information of events for whichoccurred-districts can be identified. Specifically, the concept of thepresent invention can apply to event information to be classified intonationwide information and local information, such as economicinformation, political information including elections, sportsinformation, and so forth. The information distribution apparatus of thepresent invention obtains information about an event for whichoccurred-districts can be identified, so that the information may bedistributed only to customers who satisfy predetermined conditions. Inorder to attain this objective, the information distribution apparatusincludes an information distribution unit having a criterion fordeciding whether information in relation to a disaster level in each ofthe hierarchically divided geographical units is distributed or not, anda customer information registration unit for registering customerdistrict information set by the customer. The distribution informationmanagement unit, when it obtains new event information wherein thecustomer district information matches with the event-occurred districtin any of the geographical units, decides whether information accordingto the criterion is distributed or not.

Basically, the information distribution apparatus decides whetherinformation is distributed by comparing two geographical items whileconsideration is given to the event level.

In the information distribution apparatus of the present invention, thedistribution information management unit may have a plurality ofcriteria, and sets quotation information for the criteria. The quotationinformation is used to quote each of the criteria. The customerinformation registration unit registers any of the quotation informationitems and the distribution information management unit can confirm thequotation information registered in the customer informationregistration unit so as to decide whether information according to thecriterion corresponding to the confirmed quotation information isdistributed or not. This is to cope with each event type, such aseconomic information, politic information including elections, sportsinformation, and so forth.

Furthermore, in the information distribution apparatus of the presentinvention, the distribution information management unit, at the time ofdistributing event information to the customer, may distribute aquestionnaire related to the event. For example, at the time ofdistributing disaster information, the distribution informationmanagement unit may solicit and receive the latest information about thedisaster from a customer living in or around the disaster-occurreddistrict so as to distribute the new information to another customer.The questionnaire preferably is prepared for each event separately.

Furthermore, in the information distribution apparatus of the presentinvention, the distribution information management unit, at the time ofdistributing the event information may communicate with the customersabout payment of monetary gifts. This makes it possible to providerelief quickly to a customer who has suffered from a disaster.

The present invention may also apply to an information distributionapparatus that can cope with events that occur in such courses as roads,as described above. In such a case, the information distributionapparatus of the present invention is preferably be configured asfollows. Specifically, the information distribution apparatus of thepresent invention, which obtains event information for which itsoccurred-district can be identified by course and distributes the eventinformation to customers who satisfy predetermined conditions, includesa distribution information management unit having a criterion fordeciding whether or not to distribute information in relation to adisaster level in each of hierarchically divided geographical units; acourse-district conversion unit for converting event-occurred courseinformation to information of a district that the course passes through;and customer information registration unit for registering customerdistrict information set by each customer. The distribution informationmanagement unit, when it obtains new event information for which thegeographical unit matches with the event-occurred district in any of thegeographical units, decides whether or not information is distributed tothe customer according to the criterion.

A district where a railway disruption occurs is identified by thecourse. However, although course information is a kind ofdisaster-occurred district information, it cannot be compared with thecustomer district information registered in the customer informationregistration unit unless modified. This is why the present inventionconverts course information to information of a district that the coursepasses through.

The information distribution apparatus of the present invention is alsoused to distribute to customers information of a disaster occurring in apredetermined district. The apparatus includes a customer informationregistration unit for registering customer district information set byeach customer, a disaster information storage for storing thedisaster-occurred district and the disaster level, and a distributioninformation management unit for deciding whether or not the disasterinformation is distributed to the customer by comparing the customerdistrict information with the disaster-occurred district whileconsideration is given to the disaster level.

In the information distribution apparatus of the present invention, thedistribution information management unit decides whether to distributedisaster information to the customer by comparing the distance from thecustomer district with that of the disaster-occurred district.

The present invention also provides an information distribution methodfor distributing to customers information of a disaster occurring in apredetermined district. The method includes: a step (a) of registeringcustomer district information according to which the customer requestsdistribution of information; a step (b) of identifying thedisaster-occurred district and the disaster level; and a step (c) ofdeciding whether to distribute the disaster information by consideringthe distance between the customer district and the disaster-occurreddistrict, while consideration is given to the disaster level.

In the information distribution method of the present invention, thestep (c) can decide to distribute the disaster information to thecustomer even when the disaster level is high and the customer districtis far from the disaster-occurred district. This is to cope with therequest from the customer who wants to obtain information of a seriousdisaster even when the disaster occurs far away.

Furthermore, the present invention enables the step (c) to decide todistribute the disaster information to the customer when the disasterlevel is low and the customer district matches the disaster-occurreddistrict or is nearby.

The present invention also provides an information distribution methodthat includes: a step of storing disaster-occurred district informationfor identifying a disaster-occurred district and a real disaster levelselected from a plurality of preset disaster levels and corresponding tothe disaster; a step of registering customer district information set bythe customer; and a step of deciding whether the disaster information isdistributed to the customer terminal or not by collating thedisaster-occurred district with the customer district information withrespect to a set disaster level matching with the real disaster level;and a step of distributing the disaster information or not according tothe decision.

Furthermore, the information distribution method of the presentinvention may be used to obtain information of an event for which itsoccurred-district can be identified and distribute the event informationto a customer who satisfies predetermined conditions. The methodincludes: a step of preparing a criterion for deciding whether todistribute information to the customer in relation to an event level setin each of hierarchically divided geographical units; a step ofregistering customer district information set by the customer; and astep of deciding whether information is distributed to the customer ornot according to the criterion when it obtains new event information andthe customer district information matches with the event-occurreddistrict in any of the geographical units.

Furthermore, the information distribution method of the presentinvention may be used to distribute information to a customer of adisaster occurring in a predetermined district. The method includes astep of registering customer district information set by the customer; astep of storing the disaster-occurred district and the disaster level;and a step of deciding whether or not the disaster information isdistributed to the customer by comparing the customer districtinformation with the disaster-occurred district while consideration isgiven to the disaster level.

Furthermore, the present invention provides a program that enables acomputer to execute processes (a) for setting a customer districtaccording to which the customer requests distribution of disasterinformation; (b) for identifying a disaster-occurred district and adisaster level; and (c) for deciding whether information is distributedto the customer or not by comparing the distance between the customerdistrict and the disaster-occurred district while consideration is givento the disaster level.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows disaster, level, category (DLC) table;

FIG. 2 is a schematic block diagram of a configuration of a disasterinformation distribution system employed in a first embodiment of thepresent invention;

FIG. 3 is a block diagram of an information distribution apparatusemployed in the first embodiment of the present invention;

FIG. 4 shows contents of a disaster information data base (DB) employedin the first embodiment of the present invention;

FIG. 5 shows contents of a customer information data base (DB) employedin the first embodiment of the present invention;

FIG. 6 shows contents of matching tables employed in the firstembodiment of the present invention;

FIG. 7 shows a procedure for registering customer information employedin the first embodiment of the present invention;

FIG. 8 shows another procedure for registering customer informationemployed in the first embodiment of the present invention;

FIG. 9 shows still another procedure for registering customerinformation employed in the first embodiment of the present invention;

FIG. 10 shows exemplary logic employed in the first embodiment of thepresent invention;

FIG. 11 shows contents of a disaster information data base (DB) employedin the first embodiment of the present invention;

FIG. 12 shows contents of a customer information data base (DB) employedin the first embodiment of the present invention;

FIG. 13 shows contents of a course-district conversion table employed inthe first embodiment of the present invention;

FIG. 14 shows exemplary logic employed in the first embodiment of thepresent invention;

FIG. 15 shows exemplary screens shown on a customer's portable telephoneemployed in the first embodiment of the present invention;

FIG. 16 is a block diagram of a configuration of an informationdistribution apparatus employed in a second embodiment of the presentinvention;

FIG. 17 is a block diagram of a configuration of an informationdistribution apparatus employed in a third embodiment of the presentinvention; and

FIG. 18 shows exemplary screens displayed for a customer's portabletelephone employed in the second and third embodiments of the presentinvention.

DETAILED DESCRIPTION

Hereunder, preferred embodiments of the present invention will bedescribed with reference to the accompanying drawings.

FIG. 2 is a schematic block diagram for a configuration of a disasterinformation distribution system according to a first embodiment of thepresent invention. As shown in FIG. 2, the disaster informationdistribution system in this first embodiment includes an informationdistribution apparatus 1. The information distribution apparatus 1obtains disaster information from a disaster information source 3. Theinformation distribution apparatus 1 then customizes the obtaineddisaster information and distributes the customized disaster informationto a customer 2.

The customer 2 can receive the disaster information from the informationdistribution apparatus 1 with use of a portable phone and/or a personalcomputer (PC) via, for example, the Internet 4, as well as via a carnavigation system, an illuminated sign spelling-out news board, aterminal installed at a convenience store, a terminal such as a digitalhome appliance, and so forth.

The information distribution apparatus 1 obtains disaster informationitems from the disaster information source 3. For example, the disasterinformation source 3 may collect the following information items: fireinformation, river (flood) information, railway (accident) information,road (accident) information, traffic information, weather reports,earthquake information, volcano information, recall information, andcrime information. The fire information may include fires and explosionaccidents. The river information may include flood warnings. The railwayinformation may include delay or recovery information.

The road information may include car accidents and traffic jams. Theweather information may include weather reports and variousweather-caused disaster warnings and alarms, as well as the probabilityof precipitation. The earthquake information may include seismicintensity of each earthquake and damages of each earthquake. The volcanoinformation may include eruption information. The recall information mayinclude recall information of foods, machines, and other productsavailable on the market. The information distributor obtains thedisaster information items and stores them in data bases (to bedescribed later) of the information distribution apparatus 1.

FIG. 3 is a block diagram for a configuration of the informationdistribution apparatus 1. The system shown in FIG. 3 distributesdisaster information to portable phones 51 to 54 of customers.

The information distribution apparatus 1 includes a disaster informationmanagement unit 10, a customer information management unit 20, adistribution information management unit 30, and an informationdistribution unit 40.

The disaster information management unit 10 includes an informationinput application program 11, an automatic input application program 12,and a disaster information data base (DB) 13.

The information input application 11 is used to enter disasterinformation obtained from the disaster information source 3 manually.The automatic input application 12 is used to enter disaster informationobtained from the disaster information source 3 automatically as digitalinformation. The disaster information entered from the information inputapplication 11 and automatic input application 12 is stored in thedisaster information data base (DB) 13.

The disaster information data base (DB) 13 stores disaster informationclassified by geographical information, disaster type, disaster level,and disaster content. FIG. 4 shows an exemplary record 400 of thedisaster information data base (DB) 13. The geographical information isclassified into three hierarchical layers: (STATE), (CITY), and (TOWN).As shown in FIG. 4, the “STATE” denotes such a prefecture as Tokyo,Hokkaido, and so forth. The “CITY” denotes such a city, town, or villageof an administrative unit as Minato Ward, Fujisawa City, and so forth.The “TOWN” denotes a local area unit in a ward, city, town, or village,for example, Roppongi 3-chome, Kirihara-machi, and so forth. In FIG. 4,“CATEGORY” denotes information of a disaster type. Specifically, it maybe a fire report, a weather report, an earthquake report, and so forth.In FIG. 4, “LV” denotes a disaster level. This level means one of threeranks (1 to 3) for each disaster type (“CATEGORY”). In the firstembodiment, “1” denotes a serious disaster damage, “2” denotes a mediumdisaster damage, and “3” denotes a slight disaster damage. “DETAIL” inFIG. 4 means information denoting descriptive specifics of a disaster,for example, “explosion and fire outbreak on 13th floor of a building”,“fire outbreak in a warehouse”, and so forth. The disaster informationstored in the disaster information data base (DB) 13 may be updated eachtime disaster information is obtained from the disaster informationsource 3. Each time the disaster information data base (DB) 13 isupdated, the new disaster information may be transferred to thedistribution information management unit 30.

The customer information management unit 20 is provided with a customerinformation registration application program 21 and a customerinformation DB 22. The customer information registration application 21assists each customer to register his/her information in the customerinformation DB 22 so as to receive services from this system. Customerinformation may be registered in the customer information DB 22 in theformat of an exemplary record 500 as shown in FIG. 5.

In FIG. 5, “CUSTOMER” denotes information used to identify eachcustomer. The example shown in FIG. 5 includes information about threecustomers, denoted X, Y, and Z. A mail address used for a portable phonemay be set for “CUSTOMER”. Each customer information is registered withrespect to hierarchically divided geographical information (“STATE”,“CITY” and “TOWN”) and “COURSE” information. The geographicalinformation means customer district information set by each customer. Ahome address can be set as the customer district information. In thiscase, FIG. 5 shows that the home address of the customer X is Roppongi,Minato-Ward, Tokyo, the home address of the customer Y is Daimon,Minato-Ward, Tokyo, and the home address of the customer Z is Roppongi,Minato-Ward, Tokyo. A customer pays his/her highest attention toinformation about disasters that occur in his/her district includinghis/her home address. In FIG. 5, “COURSE” may be selected from twochoices A and B. A specific selection example will be described later.

The distribution information management unit 30 receives new disasterinformation from the disaster information data base (DB) 13. Receivingnew disaster information, the distribution information management unit30 executes a process for matching the disaster information with eachcustomer information registered in the customer information DB 22. As aresult of this matching process, customers are selected to whom the newdisaster information is to be distributed. The distribution informationmanagement unit 30 is provided with matching tables used for thematching processing. A matching table may be prepared for each disasterinformation type, that is, for each “CATEGORY”. Such a matching tablemay also be prepared for each course in each “CATEGORY”.

FIG. 6 shows an example of a matching table 600 for a fire outbreakreport. A matching table is configured by two tables: a first table 601for course A, and a second table 602 for course B.

The matching table 600 is used to link hierarchically dividedgeographical information with disaster level and decide whether todistribute disaster information customers. Hereinafter, exemplarycontents of the matching table for course A are described. Disasterinformation whose level LV is 3 is distributed to the subjectcustomer(s) only when “TOWN” in the disaster information transferredfrom the distribution information management unit 30 matches “TOWN” inthe customer information obtained from the customer information DB 22.The “o” in the matching table denotes that information should bedistributed. Disaster information whose level LV is 2 is distributed tothe subject customer(s) when “CITY” in the disaster informationtransferred from the distribution information management unit 30 matches“CITY” in the customer information obtained from the customerinformation DB 22. In this case, even when the “TOWN” does not matchbetween that transferred from the distribution information managementunit 30 and that obtained from the customer information DB 22, thedisaster information is distributed to the subject customer(s). Disasterinformation whose level LV is 1 is distributed to the subjectcustomer(s) when “STATE” in the disaster information transferred fromthe distribution information management unit 30 matches “STATE” in thecustomer information obtained from the customer information DB 22. Inthis case, even when both “TOWN” and “CITY” do not match between thattransferred from the distribution information management unit 30 andthat obtained from the customer information DB 22, the disasterinformation is distributed to the subject customer(s). “ALL” in thematching table means that information should be distributed even whenall “STATE”, “CITY”, and “TOWN” do not match between that transferredfrom the distribution information management unit 30 and that obtainedfrom the customer information DB 22. This is a case in which disasterinformation is distributed even when a district denoted by customerdistrict information is far from a disaster-occurred district. The samerules also apply to the matching table for course B.

The information distribution unit 40 distributes disaster information,according to decisions made by the distribution information managementunit 30, to predetermined customers as mail information. The customersreceive this information via portable phones 51 to 54. In this firstembodiment, as shown in FIG. 2, disaster information is distributed tothe portable phones 51 to 54 of the customers via the Internet. Thus,the portable phones 51 to 54 must be portable phones that cancommunicate with the Internet. The communication method of each of theportable phones differs among carriers (portable phone companies), sothat the information distribution unit 40 must distribute disasterinformation appropriately to the communication method of each of theportable phones 51 to 54.

A customer who wants to use the disaster information distributionservice of the first embodiment is asked to register himself/herself viaa portable telephone 51 as shown in FIG. 3. Hereinafter, the customerregistration procedure will be described with reference to FIGS. 7through 9.

When the customer accesses the information distribution apparatus 1 viathe portable telephone 51, a password input screen 701 is displayed asshown in FIG. 7. The customer is requested to enter his/her password onthe password input screen 701. The password input screen 701 alsodisplays the mail address assigned to the portable telephone 51. Whenthe customer sends the entered password, a home address input screen 702is displayed. The customer is prompted to select his/her area such asKanto, Tokai, and so forth on the home input screen 702. In this case,the customer selects Kanto in the example shown in FIG. 7. Then, thereappears a prefecture selection screen 703 for prompting the customer toselect his/her prefecture. In this example, the customer selects 23Wards in Tokyo. Then, there appears a city selection screen 704 forprompting the customer to select his/her city, ward, town, or village.In this example, the customer selects Meguro Ward. After this, thereappears a detail selection screen 801 for prompting the customer toselect his/her more detailed area in the selected ward as shown in FIG.8. This completes the registration of the information related to his/herhome address.

Then, there appears a course selection screen 802 for prompting thecustomer to select a course, as shown in FIG. 8. The customer isrequested to select either A or B. In this example the customer selectsthe course A. After this course selection, there appears a confirmationscreen 803 for prompting the customer to confirm the registered items.On the confirmation screen 803 are displayed “Nakameguro, Meguro-Ward,Tokyo” as the selected area and “A” as the selected course as shown inFIG. 8. The confirmation screen 803 also prompts the customer toregister other areas; for example, it is also possible to register thehome address of his/her parents, the address of his/her place of work,and so forth on this screen.

Then, there appears a phone registration screen 804 for prompting thecustomer to register the type of the portable telephone 51 as shown inFIG. 8. On the screen phone registration 804 are displayed three typesof portable telephones. The customer is prompted to select one of them.When the customer selects the type of the portable telephone, thereappears another confirmation 901 screen for prompting the customer toconfirm the type of the portable telephone he/she has entered. When thecustomer sends “confirmed”, there appears a registration confirmationscreen 902 for displaying the “registration confirmed” message as shownin FIG. 9.

Next, a description will be made for the details of a matching processexecuted by the distribution information management unit 30 withreference to FIG. 10.

FIG. 10 shows a procedure for deciding whether to distribute disasterinformation to three customers X, Y, and Z shown as users in FIG. 5,with reference to the matching table 600 shown in FIG. 6, when anexplosion and fire occur in Roppongi, and which is newly registered inthe disaster information DB 13. The explosion and fire is selected fromthe disaster information items shown in FIG. 4.

The distribution information management unit 30 obtains the disasterinformation from the disaster information DB 13 and the customerinformation from the customer information DB 22 respectively. In theexemplary record 1001 shown in FIG. 10, the disaster information denotes“Tokyo”, “Minato-Ward”, “Roppongi”, “LV=2”, and “Fire report”respectively.

The customer X has selected the course A, so the disaster information iscollated with the customer information in the matching table 601 for thecourse A. Because LV=2, the LV2 column in the matching table 601 ischecked. The customer information “CITY” denotes “Minato-Ward”, whichmatches with “CITY”, and a circle (o) is described in the “CITY” fieldof the LV2 column in the matching table. The (o) means that theinformation should be distributed. This disaster information is thusdistributed to the customer X. FIG. 15 shows an example of a screen 1501for displaying the information distributed to the customer's portabletelephone 53.

The customer Y has selected the course A. Therefore, the matching table601 for the course A is used for a matching processing just like thecustomer X. The “TOWN” of the customer Y denotes “Daimon”, which differsfrom the disaster information “TOWN”. However, “CITY”, which is just onelevel above “TOWN”, matches with “Minatoku”. In addition, for the courseA, the information of LV2 of “CITY” must be distributed. This disasterinformation is thus distributed to the customer Y.

The customer Z has selected the course B. Thus, the disaster informationis collated with the customer information in the matching table 602 forthe course B. Because LV=2, the LV2 column in the matching table 602 ischecked. In the case of the customer information of the customer Z,because “CITY” is “Minato-Ward” and “TOWN” is “Roppongi”, both “CITY”and “TOWN” in the disaster information match with those registered forthe customer. However, no circle (o) is described in the LV2 field inthe matching table 602 for the course B. The circle (o) means that thedisaster information should be distributed. Therefore, this disasterinformation is not distributed to the customer Z.

As described above, in a sense, the matching process is a process forcomparing customer district information with a disaster-occurreddistrict while consideration is given to the disaster level. Thiscomparison may be considered as a comparison of distance betweencustomer district information and a disaster-occurred district. Forexample, when both “TOWN” items match with each other, the distance isclose. On the other hand, when both “STATE” items match with each other,but “TOWN” items differ, the distance may be far.

As described above, the present invention also handles railwayinformation such as train breakdowns/accidents as disaster information.In the case of railway information, the geographical information of adisaster is identified by the railway course and/or the railway stationin which the disaster occurs. Consequently, it is inconvenient to usethe information about the railway course and/or the station in thematching processing with reference to the matching table shown in FIG.6. It is thus helpful to convert a railway course to geographicalinformation.

FIG. 11 shows an exemplary record 110D of disaster information relatedto a railway and stored in the disaster information DB 13. Disasterinformation related to a railway is classified into “CATEGORY” denotinga disaster type, “RAILWAY” denoting a railway course on which thesubject disaster has occurred, and “STATION 1” and “STATION 2” denotingstation(s) in which the subject disaster has occurred. The reason whythere are two stations “STATION 1” and “STATION 2” stored in the database is due to a possibility that a disaster may occur between twostations. When a fire breaks out in a station yard, station namesdenoted in “STATION 1” and “STATION 2” match with each other. “LV”denotes a disaster level. “DETAIL” denotes the nature of a disaster.

In the example shown in FIG. 11, “CATEGORY” denotes only a traintrouble/accident. The disaster information described in the top row ofthe exemplary record 1101 denotes a door trouble that has occurredbetween Shibuya Station (STATION 1”) and Harajuku Station (“STATION 2”)of the Yamanote Line (“RAILWAY”). The disaster information also denotesthat the disaster level of this door trouble is 3(LV), which means aslight trouble. The disaster information described in the next rowdenotes an accident resulting in injury or death occurred in theKunitachi station yard (“STATION 1” and “STATION 2”=“Kunitachi”) of theChuosen (“RAILWAY”); the disaster level is 1.

The customer information stored in the customer information DB 22 isalso used for matching with respect to train troubles/accidents.However, the disaster information to be used for the matching withrespect to such train troubles/accidents can be limited more strictlythan that of other disaster information. FIG. 12 shows an exemplaryrecord 1200 that includes “STATE”, “CITY”, and “COURSE” in customerinformation used for matching for train troubles/accidents.

While both course and station are identified for railway information asdescribed above, this kind of information cannot be used convenientlyfor matching geographical information stored as customer information.This is why course information is converted to geographical information.The distribution information management unit 30 is provided with acourse-district conversion table 1300 as shown in FIG. 13. Thecourse-district conversion table 1300 includes information aboutdistricts passed by each subject course. The district is set asgeographical information equivalent to “CITY” in customer information.Specifically, as shown in FIG. 13, for the Toyoko Line, Meguro-Ward,Shibuya-Ward, Yokohama City, etc. that are passed by the Toyoko Line aredescribed. As for the JR Yamanote Line, Chiyoda-Ward, Meguro-Ward,Shibuya-Ward, and so forth that are passed by the Yamanote Line aredescribed. The course-district conversion table 1300 describesgeographical information of districts for each course and to be passedby each course.

The distribution information management unit 30 also has a if matchingtable whose format is the same as that shown in FIG. 10. The descriptionwill therefore be omitted here.

Next, a description will be made for the matching process executed forrailway information with reference to FIG. 14.

FIG. 14 shows an example of a procedure for deciding whether todistribute disaster information to the three customers X, Y, and Z shownin FIG. 12 with reference to the matching table 600 when door troubleoccurs in the Yamanote Line and the trouble is selected from thedisaster information items 1401 also shown in FIG. 11 so as to beregistered newly in the disaster information DB 13.

The course information 1402 included in the disaster informationtransferred to the distribution information management unit 30 from thedisaster information DB 13 is converted to geographical information bythe course-district conversion table 1300. Specifically, “Yamanote Line”in the “RAILWAY” column is converted to the geographical information ofShibuya-Ward, Meguro-Ward, . . . by the course-district conversion table1300.

As shown in the exemplary records 1403, customer X has selected thecourse A. Thus, the disaster information is collated with the customerinformation in the matching table 601 for the course A. Because thedisaster level LV of the train trouble/accident is 3, the LV3 column inthe matching table 601 is checked. In the LV3 column and in the “CITY”and “TOWN” rows in the matching table 601 are described a circle (o)respectively, which means that the disaster information should bedistributed. “CITY” in the customer information of the customer X isMeguro-Ward. On the other hand, the Yamanote Line is converted toMeguro-Ward, Shibuya-Ward, . . . by the course-district conversion table1300. “CITY” thus matches disaster information and customer information,so that the disaster information is distributed to the customer X. FIG.15 shows an example of a screen 1502 for displaying informationdistributed to the portable telephone 53 of the customer X.

Customer Y has selected the course B. Thus, the matching table 602 forthe course B is checked. In the matching table 602 for the course B, LV3disaster information is marked not to be distributed. Consequently, thedisaster information is not distributed to the customer Y.

The customer Z has selected the course A. The disaster information andthe customer information are thus collated with each other in thematching table 601 for the course A. Because “CITY” of the customer Z isShibuya-Ward and “CITY” matches between disaster information andcustomer information just like the customer X, so that the disasterinformation is distributed to the customer Z.

In the above first embodiment, predetermined disaster information isdistributed from the information distribution apparatus 1 to thecustomer's portable telephone 53/54. In the case where the customer whoreceives the disaster information is in the disaster-occurred districtat the time of the disaster, it is possible to obtain disasterinformation such as descriptive details from the customer. This is whythe present invention proposes a method not only for distributingdisaster information to the customer's portable telephone 53/54, butalso for obtaining disaster information from the customer through aquestionnaire.

FIG. 16 shows a block diagram of a configuration of an informationdistribution apparatus 200 used so as to obtain disaster informationfrom a customer. The same reference numerals are used for the same itemsas those of the information distribution apparatus 1 in the firstembodiment, avoiding redundant description.

The information distribution apparatus 200 is provided with aquestionnaire DB (data base) 60; a questionnaire management unit 70; anda WEB site 80.

The questionnaire DB 60 stores various questionnaires corresponding todisaster types. When the distribution information management unit 30distributes disaster information to a customer's portable telephone 53,the distribution information management unit 30 may obtain aquestionnaire corresponding to the disaster type from the questionnaireDB 60 and distribute it to the portable telephone 53. FIG. 18 shows anexample of a questionnaire screen 1801 sent to the portable telephone53. In this example, the questionnaire is distributed together withearthquake information.

The questionnaire management unit 70 collects answers to thequestionnaires about disaster information and analyzes them. The resultof the analysis is then transferred to the questionnaire DB 60 andstored there. The questionnaire result is also displayed on the screenof the WEB site 80. Customers can thus obtain detailed information abouta disaster by referring to this WEB site 80.

The information stored in the questionnaire DB 80 is then transferred tothe disaster information DB 13 via an automatic input applicationprogram 12. This information can be distributed to customers as newdisaster information.

A third embodiment of the present invention includes a system for payinga monetary gift to a customer who suffers from a disaster, using theinformation distribution system.

FIG. 17 shows a block diagram of a configuration of an informationdistribution apparatus 300 that pays such a gift of money. In thefollowing description of the third embodiment, the same referencenumerals are used to indicate the same items as earlier regarding thefirst embodiment, thereby avoiding redundant description.

The information distribution apparatus 300 is provided with a receivedmail management unit 85; a customer account DB (data base) 90; and agift money payment management unit 100.

The distribution information management unit 30 of the informationdistribution apparatus 300, for example, when distributing disasterinformation, sends inquiries to customers about payment of monetarygifts. FIG. 18 shows an example of a screen 1802 for such inquiries. Acustomer who desires to receive a gift may reply to this inquiry.

The received mail management unit 85 receives mail for requesting giftmoney via the customer's portable telephone 53. The received mailmanagement unit 85, when receiving mail for requesting gift money,transfers information for identifying the source customer, for example,a mail address, to the gift money payment management unit 100.

The customer account DB 90 stores such information as the mail addressfor identifying each customer corresponding to the account set in a bankor other financial institution 110 registered beforehand by the customerrequesting the gift.

The gift money payment management unit 100, when receiving a mailaddress from the received mail management unit 85, obtains theinformation from the customer account DB 90 so as to identify theaccount of the customer. In addition, the gift money payment managementunit 100 transfers gift money to the financial institution 110 in whichthe account is opened.

While preferred embodiments of the present invention have beendescribed, the present invention is not limited only to thoseembodiments. For example, information to be distributed is not limitedonly to disaster information; the present invention may applyuniversally to information of a disaster for which its occurred-districtcan be identified.

1. An information distribution method for distributing informationrelated to a disaster to a customer, comprising: utilizing aninformation distribution apparatus in distributing information relatedto said disaster, said utilizing comprising: pre-setting customerdistrict information according to which said customer requestsdistribution of information, said pre-setting including selecting amatching table of a plurality of matching tables, each matching table ofthe plurality of matching tables indicating multiple conditions to bemet before disaster information is to be forwarded to customersselecting that matching table, the multiple conditions comprising atleast one geographic condition of a plurality of geographic conditionsand at least one disaster level condition of a plurality of disasterlevel conditions; receiving disaster-occurred information andidentifying a disaster-occurred district and a level of said disaster;using the customer selected matching table in deciding whether todistribute information related to said disaster to said customer basedon the at least one geographic condition compared with saiddisaster-occurred district and the at least one disaster level conditioncompared with said disaster level; and distributing to said customersaid disaster information responsive to the deciding that both the atleast one geographic condition and the at least one disaster levelcondition are met by the disaster, said distributing includingconcurrently distributing a questionnaire related to said disaster tosaid customer; and automatically analyzing responses to thequestionnaire distributed to the customer concurrent with the disasterinformation, wherein the analyzing results in generating updateddisaster information and the method further comprises posting theupdated disaster information on a website, the website providing theupdated disaster information in real time based, in part, on thecustomer's responses.
 2. The information distribution method of claim 1,wherein said distributing further comprises distributing thequestionnaire related to said disaster to said customer whendistributing said disaster information to said customer.
 3. Theinformation distribution method of claim 2, further comprising receivingat said information distribution apparatus an answer from said customerto said questionnaire related to said disaster.
 4. The informationdistribution method of claim 1, wherein said distributing furthercomprises automatically selecting said questionnaire by the informationdistribution apparatus to correspond to a disaster type of saiddisaster, said selecting of said questionnaire being from aquestionnaire database of the information distribution apparatus.
 5. Theinformation distribution method of claim 4, further comprisingautomatically distributing said customers' answers to said questionnaireto one or more other customers as new disaster information.
 6. Theinformation distribution method of claim 1, wherein the concurrentlydistributing occurs only if the customer is within the disaster-occurreddistrict at the time of the disaster.